Product Description
Microprocessor-UV Visible Spectrophotometer
AJANTA EXPORT INDUSTRIES are manufacturer, supplier and exporter of Microprocessor-UV Visible Spectrophotometer.
Salient Attributes of the product:
Cover 195 to 1000nm
4 Position Cuvette Holder
RS-232C Computer Interface
High wavelength Precision
Compact & Good Looking Shape
Highly Accurate & Stable
Technical Specifications:
| Photometric Range | % T:0 to 100%, Abs.:0 to 1.999 Conc.:0 to 1999, K-Factor:0 to 1999 |
| Accuracy | +0.005 Abs at 1.0 Abs +0.010 Abs at 1.0 Abs |
| Stray Light | Less thn 0.1% Abs at 320 nm |
| Readability | + 1 Count |
| Data Readout | Single Line LCD display |
| Key Board | 4 Keys, Soft touch membrane type |
| Painter Interface | Printer interface for any printer |
| Serial Interface | RS 232C interface |
| Light Source | a) Tungsten Halogen Lamp b) Deuterium Lamp (D2) |
| Detector | Wide range Silicon Photodiode |
| Optics | Complete mirror optics with resolution 1200 grooves/mm grating |
| Sample Holder | 4 position adjustable sample holder |
| Power | 230V + 10%, 50 Hz. AC |
| Dimensions | 420 x 350 x 240 mm (lxbxh) Approx. |
| Weight | 10 Kg (Approx.) |
| Wavelength | 195 to 1000nm |
| Spectral Bandwidth | 2 nm |
| Accuracy | + 0.5 nm |
| Repeatability | + 0.3 nm |
| Resolution | 0.1 nm |
Precision in Analytical MeasurementsUtilizing advanced optics and microprocessor control, this spectrophotometer delivers exceptional accuracy and repeatability in photometric analysis. With a photometric range of -0.3 to 3.0 A and superior stray light suppression 0.05%T, the instrument ensures reliable results for even the most demanding laboratory protocols.
Versatile Wavelength CapabilityCovering ultraviolet to visible light spectra (200-1000 nm), this instrument supports a wide variety of applications, from biological assays to industrial quality control. The automatic wavelength setting feature streamlines switching between protocols and enhances measurement efficiency for diverse testing needs.
User-Friendly Data ManagementEquipped with an LCD digital display and both graphical and numeric printout options, data evaluation is intuitive. The spectrophotometer's data storage capabilities, RS232/USB interfaces, and built-in printer facilitate easy data transfer and result archiving for compliance and reporting purposes.
FAQ's of Microprocessor-UV Visible Spectrophotometer:
Q: How does the Microprocessor-UV Visible Spectrophotometer enhance laboratory analysis?
A: This instrument boasts a broad wavelength range (200-1000 nm), high wavelength accuracy, and data storage capabilities. Such features allow precise quantitative and qualitative analyses in academic, clinical, and research labs, ensuring repeatable and reliable evaluations.
Q: What types of samples can be analyzed using this spectrophotometer?
A: The spectrophotometer is suitable for samples compatible with 10 mm path length quartz cuvettes. It efficiently analyzes solutions for various chemical and biological assays within a wide photometric and wavelength range.
Q: When should I calibrate the instrument for optimal performance?
A: Calibration is recommended before each series of measurements or after lamp replacement to maintain wavelength and photometric accuracy. Regular calibration ensures consistent, reliable results.
Q: Where can this spectrophotometer be installed and used?
A: Designed for hospital and laboratory use, the device operates efficiently at ambient temperatures (10C to 40C) and in areas with relative humidity up to 80%. Its sturdy construction suits both routine and intensive analytical environments.
Q: What is the procedure for storing and printing measurement data?
A: The instrument allows you to store data internally and print results directly via the built-in printer interface. Additionally, results can be exported using the RS232 or USB interfaces for further analysis or record-keeping.
Q: How is the wavelength automatically set and why is this beneficial?
A: The automatic wavelength setting ensures precise positioning for measurements, simplifies method selection, and reduces user error, thus increasing efficiency and repeatability during multi-sample or multi-protocol analysis.
Q: What are the primary benefits of using a microprocessor-controlled UV Visible Spectrophotometer?
A: Microprocessor control streamlines operation, enhances measurement accuracy, automates data handling, and offers a user-friendly interface via the LCD display. These advantages collectively minimize human error and save time during laboratory processes.